Course Descriptions

The Course Descriptions catalog describes all undergraduate and graduate courses offered by Michigan State University. The searches below only return course versions Fall 2000 and forward. Please refer to the Archived Course Descriptions for additional information.

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PHY 982 Topics in Nuclear Physics (MTC)

Description:
Heavy ion reactions or nuclear structure.
Effective Dates:
FS92 - US02

PHY 982 Nuclear Dynamics

Description:
Scattering theory, resonance reactions, compound nuclear decay and fission, direct and breakup reactions, time-dependent Hartree-Fock, Vlasov equation, nuclear transport equations, particle production, nuclear liquid-gas phase transition, quark-gluon plasma.
Effective Dates:
FS02 - FS03

PHY 982 Nuclear Dynamics

Semester:
Spring of every year
Credits:
Total Credits: Credits: 3   Lecture/Recitation/Discussion Hours:3
Recommended Background:
PHY 492 and PHY 831 and PHY 841 and PHY 852
Description:
Scattering theory, resonance reactions, compound nuclear decay and fission, direct and breakup reactions, time-dependent Hartree-Fock, Vlasov equation, nuclear transport equations, particle production, nuclear liquid-gas phase transition, quark-gluon plasma.
Effective Dates:
SS04 - US15

PHY 982 Nuclear Dynamics

Semester:
Spring of every year
Credits:
Total Credits: Credits: 3   Lecture/Recitation/Discussion Hours:3
Recommended Background:
PHY 492 and PHY 831 and PHY 841 and PHY 852
Description:
Scattering theory, resonance reactions, compound nuclear decay and fission, direct and breakup reactions, time-dependent Hartree-Fock, Vlasov equation, nuclear transport equations, particle production, nuclear liquid-gas phase transition, quark-gluon plasma.
Effective Dates:
FS15 - FS15

PHY 982 Nuclear Dynamics

Semester:
Spring of every year
Credits:
Total Credits: Credits: 2   Lecture/Recitation/Discussion Hours:2
Recommended Background:
PHY 492 and PHY 831 and PHY 841 and PHY 852
Restrictions:
Open to graduate students in the Department of Physics and Astronomy.
Description:
Scattering theory, resonance reactions, compound nuclear decay and fission, direct and breakup reactions, time-dependent Hartree-Fock, Vlasov equation, nuclear transport equations, particle production, nuclear liquid-gas phase transition, quark-gluon plasma. Offered second half of semester.
Effective Dates:
SS16 - Open